Solving Foundational Problems.
Ph.D. Chemist & Software Engineer. Software Engineer II at Iambic Therapeutics. ChemEonix serves as my independent R&D portfolio.
My journey began with atoms.
True innovation comes from understanding a problem at its most fundamental level.
I designed and synthesized photochromic materials—diarylethenes—and studied their behavior at the atomic level using single-crystal X-ray diffraction and DFT simulations. This taught me the power of a first-principles approach.
I created ChemEonix as my R&D studio and portfolio to explore causal ML, modern software systems, and venture concepts across science and engineering. Today, I apply this first-principles mindset at Iambic Therapeutics, where I contribute to building the future of AI-driven drug discovery.
From Symptoms to Root Causes
Address the observable effects of a problem — useful short-term but rarely defensible or scalable.
Identify and solve the underlying mechanism. This creates durable insight and better engineering decisions.
First principles meet practical engineering.
Technology-agnostic, evidence-driven, production-minded.
I apply first-principles reasoning across software and the chemical sciences to build the right solution for the problem at hand—be it a robust web platform, an ML pipeline, a computational chemistry workflow, or a lab-ready process. My goal is to deliver systems that are insightful, testable, and scalable within a team.
Areas of Impact
Mechanism-aware work that transfers across multiple industries.
Creating more resilient and efficient food systems.
Uncovering novel therapeutic pathways and designing more effective medicines.
Engineering materials with desired properties from the atom up.
Let’s Connect.
My work focuses on the intersection of chemistry, computation, and engineering. I am always open to connecting with fellow researchers and engineers.